Swiss Federal Institute of Technology in Lausanne
PulseAugur coverage of Swiss Federal Institute of Technology in Lausanne — every cluster mentioning Swiss Federal Institute of Technology in Lausanne across labs, papers, and developer communities, ranked by signal.
- 2026-05-25 research_milestone EPFL researchers developed a new holographic volumetric 3D printing technology. source
- 2026-05-25 research_milestone EPFL researchers developed a new holographic volumetric 3D printing technology that is 70x faster than previous methods.
- 2026-05-24 research_milestone EPFL researchers developed a novel holographic volumetric 3D printing technique with 70x increased efficiency. source
- 2026-05-13 research_milestone EPFL researchers developed an AI-based generative framework for protein structures. source
- 2026-05-13 research_milestone EPFL researchers developed an AI framework for generating dynamic protein models. source
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EPFL, ETH Zurich release Apertus 1.5, a large open-source multimodal LLM
EPFL, ETH Zurich, and CSCS have launched Apertus 1.5, a large, open-source, multimodal LLM. This new version enhances reasoning, instruction following, and tool use capabilities, aiming for more transparent AI development.
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Modus: Decoder-Only Any-to-Any Multimodal Modeling Unveiled
Researchers have introduced Modus, a novel decoder-only architecture for any-to-any multimodal modeling. This approach treats all modalities symmetrically, allowing arbitrary inputs and outputs within a single network w…
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Slovenian prompts perform well on large LLMs, analysis finds
A Slovenian developer analyzed 2,300 of their own prompts to Claude Code and found that prompting in Slovenian, even with typos and mixed English technical terms, does not significantly degrade performance on larger mod…
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EPFL researchers unveil MiCRo AI model inspired by human brain
Researchers at the Swiss Federal Institute of Technology in Lausanne (EPFL) have developed a new AI model called MiCRo (Mixture of Cognitive Reasoners). Inspired by the human brain, MiCRo utilizes four distinct modules …
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Graph Neural Networks Learn Structural Manipulability in Hardware Designs
Researchers have developed a method to quantify the structural manipulability of gate-level netlists, which are foundational to hardware design. This score characterizes node-level flexibility by analyzing path particip…
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AI generates videos to target specific brain regions
Researchers have developed a method to generate AI videos specifically designed to stimulate particular regions of the brain. This technique, demonstrated by the Nevo project at the Swiss Federal Institute of Technology…
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EPFL professor: AI tools are cultural artifacts, not neutral software
Andrea Cavallaro, a professor at EPFL, argues that AI tools should be viewed as cultural artifacts rather than neutral software. He emphasizes the importance of trustworthy information in shaping society and the potenti…
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Apple unveils VideoFlexTok for efficient video tokenization
Apple researchers have developed VideoFlexTok, a novel video tokenization method that represents videos as a variable-length sequence of tokens structured in a coarse-to-fine manner. This approach allows for more effici…
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EPFL urged to ban machine translation for campus restaurant menus
A user on Mastodon suggested that the Swiss Federal Institute of Technology in Lausanne (EPFL) should prohibit the use of machine translation for menus and ingredient lists in its campus restaurants. This suggestion ste…
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Gradient leakage attacks threaten GNNs in circuit design
A new research paper details the first comprehensive evaluation of gradient leakage attacks (GLAs) on graph neural networks (GNNs) used in circuit design and hardware security. The study reveals that GLAs can expose sen…
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Switzerland releases Apertus 70B, a fully open-source and EU AI Act-compliant LLM
Switzerland has launched Apertus 70B, a fully open-source foundation model developed by a collaboration of leading Swiss institutions including ETH Zurich, EPFL, and CSCS. This initiative aims to provide a sovereign AI …
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Switzerland launches Apertus, its first open, multilingual AI model
Apertus, Switzerland's first large-scale, open, and multilingual language model, has been developed by researchers from ETH Zurich, EPFL, and the Swiss National Supercomputing Centre. This initiative is notable for bein…
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EPFL launches open framework for adapting LLMs in healthcare
Researchers at EPFL have introduced MeditronFO, an open framework designed to enhance transparency and accountability in AI for healthcare. This system allows for the adaptation of any open large language model (LLM) fo…
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New CRIS framework restores isotropic resolution in medical imaging
Researchers have introduced CRIS, a novel self-supervised framework designed to restore isotropic resolution in anisotropic volumetric medical imaging. This method treats 3D restoration as a 2D stripe completion task, t…
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AI advances vision prosthetics for object-level sight restoration
Researchers at EPFL are developing AI models that could restore object-level vision for the blind. These AI models predict precise brain stimulation points to evoke images of faces and specific objects, moving beyond si…
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OLE molecule boosts brain's Alzheimer's defense; new transistor tech unveiled
Researchers have identified an experimental molecule, OLE, that can activate brain immune cells to better defend against Alzheimer's disease. This discovery, published in "Cell Death & Disease," offers a potential new a…
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Robot learns raspberry harvesting using physical twin feedback
Josie Hughes, an assistant professor at EPFL, has developed a robot capable of harvesting raspberries. This robot learns by interacting with a 'physical twin' that provides force feedback, allowing for more precise mani…
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Podcast Explores Generative AI for Robotic Manipulator Design
A podcast episode features Professor Josie Hughes discussing the application of generative AI in designing improved robotic manipulators, specifically focusing on novel gripper designs. The discussion explores how AI ca…
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New 3D printing tech prints organ models in minutes
Researchers at EPFL have developed a new holographic volumetric 3D printing technology that is 70 times faster than previous methods, capable of printing millimeter-scale structures in seconds and organ models in minute…
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EPFL boosts 3D printing efficiency 70x with new holographic technique
Researchers at EPFL have developed a novel holographic volumetric 3D printing technique that is 70 times more efficient than previous methods. This advancement allows for the printing of millimeter-scale structures in s…